35010001

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In specific manufacturing processes, it is necessary to identify components with specific characteristics, such as size, shape, and material. 35010001 is an optical measuring instrument developed for such purposes, providing users with accurate 3D dimensional data. 35010001 operating principle is based on a CCD (charge-coupled device) camera, with two illuminating units, which are used to project light rays for object deformation measurement.

The principles of operation of this equipment can be broken down into four basic steps:

1. Projecting two laser lines onto the object in question using the CCD camera.
2. Identifying distortions in the laser lines to determine the object\'s deviation.
3. Recording these deviations using a processor unit.
4. Providing a detailed 3D profile of the object.

35010001 has multiple applications. It is commonly used in automotive production to measure components dimensions quickly and accurately. It is also used in sheet metal fabrication, gear production, grinding and honing, and cell manufacturing. The equipment is also widely used in analysis and measurement tasks in fields such as bio-medical and metrology.

To obtain more precise results, the system may incorporate an auto-focusing device or manual-focusing ring for adjusting the focus of the beam. This will ensure that the laser is properly focused on the material being measured. Additionally, manual or motorized options are available to move the measuring unit in two directions to be able to measure objects from all angles and sides.

35010001 has the capability to measure objects to many different levels of precision. It can provide both a top-view and a side-view of objects in order to measure the width, height, and depth. The system can also measure small angles and curves, as well as complex shapes.

The benefits of using the 35010001 optical measuring instruments are numerous. Its accuracy, precision, speed, and uncomplicated operation make it one of the most accurate 3D measuring instruments on the market. The measurement process is completely automated, meaning that less time is required for setup and calibration. Additionally, the fact that it is a non-contact instrument means that it is not subject to wear and tear, as traditional approaches are.

In conclusion, 35010001 is a versatile optical measuring system with a wide range of applications. Its accuracy, speed, and non-contact operations make it suitable for applications such as automotive production, sheet metal fabrication, gear production, grinding and honing, and cell manufacturing. Its easy-to-use design and automated operation make it an ideal choice for any manufacturing process.

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